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The half cell potentials of a halfcell ...

The half cell potentials of a halfcell `A^((x+n)+) , A^(x+)|pt` were found to be as follows : `{:(% "of reduced form",24.4,48.8),("Half cell potential (V)",0.101,0.115):}`
Determinwe the value of `n`.

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Explore conceptually related problems

The half cell potentials of a half cell A^((x+n)^(+)),A^(x+)|Pt were found to be as follows {:("% of reduced form",24.4,48.8),("Half cell potential (V)",0.101,0.155):} The value of n is:-

The half cell potential of a half-cell A^(x+), A^((x+n)+)|Pt were found to be as follows: {:(%"of reduced form",24.4,48.8),("Cell potential"//N,0.101,0.115):} Determine the value of n . [take (2.303RT)/(F) = 0.05, log_(10)24.4 = 1.387, log_(10) 75.6 = 1.878 log_(10) 48.8 = 1.688, log_(10) 51.2 = 1.709]

Knowledge Check

  • Based on the data given for half cell (M^(x+n)+ , M^(x+) || Pt % of reduced form 50 20 Potential (V) 0.1, 0.112 the value of n is:

    A
    2
    B
    3
    C
    4
    D
    5

  • Find the the reducation potential of the half-cell Pt(s)|Cu^(2+)(aq., 0.22 M), Cu^(+)(aq., 0.043 M)

    A
    `0.20 V`
    B
    `-0.20 V`
    C
    `0.30 V`
    D
    `-0.30 V`

  • Two half-cells potentials -0.44 and 0.799 volt respectively. These two are coupled to make a galvanic cell. Which of the following will be true ?

    A
    Electrode of half-cell potential -0.44 V will act as anode
    B
    Electrode of half-cell potential -0.44 V will act as cathode
    C
    Electrode of half-cell potential 0.799 V will act as anode
    D
    Electrode of half-cell potential -0.44 V will act as a positive terminal

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